Plant efficiency through affordable real-time tracking systems

About the project

In the last decade, real-time tracking systems have been gaining relevance due to the advances of technologies and the increasing necessity in industry to use resources to their fullest potential. There are numerous technologies which can be deployed to track assets but no current technology offers at the same time accurate real-time positioning, at a competitive cost combined with a smart asset management software directly linked to the ERP software. This project will upgrade the existing SIGSCAN solution (software, beatcons and gateways) and commercialize the final kit: a low cost tracking system combining positioning accuracy, long working autonomy and beacons compatible with any kind of assets with the associated assets software management. The results will decrease production costs, increase manufacturing efficiency & enhance the assets management for all manufacturing companies regardless of their size and field of activity. 

Purpose of the project

To gain greater insights into their operations, manufacturers accelerated the adoption of IoT under the auspices of Industry 4.0. As an integral part of the IoT, the real-time tracking of assets is yet in great demand as a powerful tool for exciting&various use cases, as locating work equipment or goods, alerting for unauthorized movements, improving the production workflow, allocating the right resources or supporting the facility management. A large panel of tracking technologies exist, but no truly end-to-end solution from the asset locations to the ERP software at low cost with accurate real-time positioning. The studies performed in the SIGSCAN and Aerospace Valley ecosystems show that the wide adoption of tracking systems at the scale of a whole shopfloor in manufacturing industries has been hindered by the difficulty to have the required accuracy, the high energy consumption of the beacons and gateways, the weakness of the functionalities offers of the software and the high dissuasive costs of the whole solution. TrackInWare aims to provide solutions to all the above-mentioned difficulties offering a whole package at reasonable cost in order to scale the adoption by industrials rapidly. This project foresees to market a unique solution combining all the advantages of the existing tracking technologies with digital software suites to manage manufacturing companies. The solution will provide a real-time & precise positioning with high energy efficiency compatible with various size of assets at low cost alongside with the management software based on the data collected from the shopfloor. The TrackInWare project is part of the Thematic “Automation for Human-Centered factories” as the final product will allow a symbiotic relationship between the Human and the machine and lead to better working conditions, increase productivity and improve quality of manufacturers operations. 

 

Main results & insights

Since the late 2000’s, advanced tracking systems have shown continuous growth. This can be explained by their diverse types of applications in various types of industries as transportation, security, retail, manufacturing and healthcare. According to the report from Mordor Intelligence entitled Asset Tracking market – Growth, trends, Covid-19 impact, and forecasts (2021 -2026), Asset Tracking Market was valued at USD 17.14 billion in 2020 and is expected to reach USD 34.82 billion by 2026 at a CAGR of 13.45% during the forecast period 2021 – 2026. The substantial benefits brought by advanced tracking systems are widely recognized enabling the entire operations to run smoother, increasing efficiency by understanding equipment utilization, facilitating budget and decision-making, reducing the size of inventory, synchronizing asset availability to operational needs, improving planning and forecasting processes, reducing maintenance expenses and proactively monitor equipment condition. As societal impact, as tracking systems are implemented in a growing number of manufacturing companies, the content of jobs required for the monitoring of assets will be changed as qualified workers will be needed to improve the systems and exploit the data automatically generated. With the support of the new tracking system and software suites, the operator will work alongside the digital system and their correct interaction will lead to an augmented & virtual operator, as well as an healthy and motivated operator. In the short term, for the end-users (WHR and SONAE) and the members of AV, the results will increase the efficiency & security of manufacturing processes, gain in productivity and decrease operational costs. In the long term, the solution developed has the power to illuminate the full power of asset management and enhance traceability across the whole value chain leading to much shorter response times to asset related challenges and opportunities. 

Partners

About the solution: Sigscan Logistics

The SIGSCAN Logistics Suite offers both hardware and software solutions. The hardware consists of beacons and gateways. It is based on bluetooth low energy (BLE) based technology, which offers high accuracy, low cost and low power consumption. This allows the product to offer an industrial solution at lower cost than its competitors.

The project has developed a specific positioning algorithm that allows its customers to significantly reduce the amount of infrastructure to be installed.

The product is flexible and adaptable – it can be used with a range of different manufacturing execution systems (MES) and enterprise resource planning (ERP) systems to meet the needs of the industrial companies.

Target market

The solution is designed for manufacturers across a wide range of high-value sectors, including aerospace, automotive and additive manufacturing. It particularly benefits industries where precise process optimisation is critical but where sensors or quantitative metrics may be limited.

Key applications include the optimisation of Industrial Computed Tomography (CT) scans in sectors like aerospace and automotive for non-destructive testing, and the optimisation of polymer printing and post-processing parameters in hybrid 3D printing for industries such as automotive, consumer goods, and medical device manufacturing.

The solution provides the most value in environments where operators need to adjust complex parameters—such as temperature, speed, and material properties—without the need for advanced programming skills. It allows manufacturers to improve the quality of their products, reduce errors, and significantly cut down on setup times. This makes it a perfect fit for industries requiring both high precision and flexibility in their manufacturing processes.

Social impact

In terms of societal impact, as tracking systems are implemented in a growing number of manufacturing companies, the nature of the jobs required to monitor assets will change. Skilled workers will be needed to improve the systems and use the data automatically generated. With the support of the new tracking system and software suites, the operator will work alongside the digital system and their correct interaction will lead to an augmented and virtual operator, as well as a healthy and motivated human operator.